QED 79 Strand Airloc Pre Terminated Speaker Cables Fly Leads

Description

QED 79 Strand Speaker Cable (Pre-Terminated with Airloc™ Plugs)

Whether you are connecting desktop Hi-Fi separates or running extended channels in a multi-channel home cinema, our custom pre-terminated QED 79 Strand cables remove the hassle of manual trimming and screw-fitting. Each assembly is professionally cold-welded using QED’s specialised bench-top tooling for a permanent, airtight seal that maintains pristine audio transmission throughout your system’s lifetime.

Key Features & Benefits

• 99.999% Oxygen-Free Copper (OFC): Provides outstanding signal conduction with ultra-low D.C. loop resistance ($0.016~\Omega/\text{m}$) for tighter bass dynamics and smooth top-end clarity.

• Airloc™ Cold-Weld Termination: Fuses cable conductors directly to 24k gold-plated 4mm Forté spring-pins under high radial pressure, eliminating contact resistance and preventing atmospheric copper corrosion.

• Flexible 14 AWG Conductor Design: Clear or black PVC outer jacket with figure-8 geometry allows smooth routing around tight corners, skirting boards, and behind dense equipment racks.

• In-House Technical Assembly: Hand-built and quality-checked by certified technicians to guarantee optimal mechanical retention and electrical stability.

• Wide Range of Length Options: Precision-cut to your exact spatial requirements to prevent excess cable clutter or unnecessary signal attenuation.

Technical Specifications

Length Selector & System Recommendations

• Desktop & Nearfield (0.5m – 2m): Ideal for active desktop monitors, DAC-amp pairings, and compact bookshelf setups where short, direct paths keep clutter out of sight.

• Standard Hi-Fi & Stereo Racks (3m – 5m): Ideal for main left/right stereo speakers, providing ample slack to position speakers away from room boundaries for optimal soundstaging.

• Home Cinema & Long Runs (6m – 15m): Excellent for surround, height channels, or concealed routing under floors and conduit; the 14 AWG thickness preserves signal power even over extended lengths.